white spaces

1 files changed, 174 insertions, 174 deletions

diff --git a/engine.c b/engine.c
index eafc9ab..1c4e42a 100644
--- a/engine.c
+++ b/engine.c
@@ -23,88 +23,88 @@ static void highlight_line(int value, int y, int max_x, uint32_t color);
 void
 engine_redraw()
 {
-        const char *config_hints[] = { "No", "Harfe", "File", "Edit" };
-        char text[32];
-        const int tos1 = g_midi_three_octave_split_1, tos2 = g_midi_three_octave_split_2;
-        const int height = g_max_y - g_min_y;
-        int i, x2, MAX_X, MAX_Y, FONT_HEIGHT;
-
-        display_redraw();
-        display_clear();
-        display_getdimensions(&MAX_X, &MAX_Y, &FONT_HEIGHT);
-
-        if (!g_importing_config)
-            snprintf( text, sizeof(text), g_harfe_connected ? "online (%s)" : "offline (%s)", config_hints[(int)g_config_source]);
-        else
-            snprintf( text, sizeof(text), "importing config (%s)", config_hints[(int)g_config_source]);
-        display_text(text, 8, MAX_Y - 4, g_harfe_connected ? 0x00ff3fff : 0xff003fff );
-
-        menu_redraw();
-
-        if (height) {
-                int b = g_midi_three_octave_split_inverse;
-                display_text( b ? "+1" : "-1", 4, scale(g_min_y + tos1 * height / 200) + FONT_HEIGHT / 2, 0x007f7f7fff);
-                display_text(            " 0", 4, scale(g_min_y + (tos1 + tos2) * height / 200) + FONT_HEIGHT / 2, 0x007f7f7fff);
-                display_text( b ? "-1" : "+1", 4, scale(g_min_y + (tos2 / 2 + 50 ) * height / 100) + FONT_HEIGHT / 2, 0x007f7f7fff);
-
-                display_line_color(0, scale(g_min_y), MAX_X, scale(g_min_y), 0xff00ffff);
-                display_line_color(0, scale(g_max_y), MAX_X, scale(g_max_y), 0xff00ffff);
+    const char *config_hints[] = { "No", "Harfe", "File", "Edit" };
+    char text[32];
+    const int tos1 = g_midi_three_octave_split_1, tos2 = g_midi_three_octave_split_2;
+    const int height = g_max_y - g_min_y;
+    int i, x2, MAX_X, MAX_Y, FONT_HEIGHT;
+
+    display_redraw();
+    display_clear();
+    display_getdimensions(&MAX_X, &MAX_Y, &FONT_HEIGHT);
+
+    if (!g_importing_config)
+        snprintf( text, sizeof(text), g_harfe_connected ? "online (%s)" : "offline (%s)", config_hints[(int)g_config_source]);
+    else
+        snprintf( text, sizeof(text), "importing config (%s)", config_hints[(int)g_config_source]);
+    display_text(text, 8, MAX_Y - 4, g_harfe_connected ? 0x00ff3fff : 0xff003fff );
+
+    menu_redraw();
+
+    if (height) {
+        int b = g_midi_three_octave_split_inverse;
+        display_text( b ? "+1" : "-1", 4, scale(g_min_y + tos1 * height / 200) + FONT_HEIGHT / 2, 0x007f7f7fff);
+        display_text(            " 0", 4, scale(g_min_y + (tos1 + tos2) * height / 200) + FONT_HEIGHT / 2, 0x007f7f7fff);
+        display_text( b ? "-1" : "+1", 4, scale(g_min_y + (tos2 / 2 + 50 ) * height / 100) + FONT_HEIGHT / 2, 0x007f7f7fff);
+
+        display_line_color(0, scale(g_min_y), MAX_X, scale(g_min_y), 0xff00ffff);
+        display_line_color(0, scale(g_max_y), MAX_X, scale(g_max_y), 0xff00ffff);
 #ifdef HAVE_TWO_OCTAVE_MODE
-                display_line_color(0, scale(g_min_y + g_midi_two_octave_split * height / 100), MAX_X, scale(g_min_y + g_midi_two_octave_split * height / 100), 0xffff00ff);
+        display_line_color(0, scale(g_min_y + g_midi_two_octave_split * height / 100), MAX_X, scale(g_min_y + g_midi_two_octave_split * height / 100), 0xffff00ff);
 #endif
-                display_line_color(0, scale(g_min_y + tos1 * height / 100), MAX_X, scale(g_min_y + tos1 * height / 100), 0x00ff00ff);
-                display_line_color(0, scale(g_min_y + tos2 * height / 100), MAX_X, scale(g_min_y + tos2 * height / 100), 0x00ff00ff);
-
-                switch (g_selected_config) {
-                        case sel_min_y:         highlight_line(g_min_y, g_min_y, MAX_X, 0xff00ffff); break;
-                        case sel_max_y:         highlight_line(g_max_y, g_max_y, MAX_X, 0xff00ffff); break;
-                        case sel_2_oct:         highlight_line(g_midi_two_octave_split, g_min_y + g_midi_two_octave_split * height / 100, MAX_X, 0xffff00ff); break;
-                        case sel_3_oct_top:     highlight_line(tos2, g_min_y + tos2 * height / 100, MAX_X, 0x00ff00ff); break;
-                        case sel_3_oct_bottom:  highlight_line(tos1, g_min_y + tos1 * height / 100, MAX_X, 0x00ff00ff); break;
-                        case sel_none: break;
-                }
-
-                for (i = 0; i < g_string_count; ++i) {
-                    LLine *l = &g_string_conf[i].line;
-                    LLine _l = g_string_conf[i].line; // Copy for extension
-                    uint32_t color = ( ( i == g_selected_string ) ? 0xff00ffff : 0x00ffffffff );
-                    uint32_t text_color = ( ( i == g_selected_string ) ? 0xff00ffff : 0x007f7f7fff );
-                    int extended = 0, center_y = g_min_y+height/2;
-
-                    if (_l.p0.y > g_min_y) {
-                        _l.p0.x = get_x_for_y(&_l.p0, &_l.p1, g_min_y);
-                        _l.p0.y = g_min_y;
-                        extended = 1;
-                    }
-                    if (_l.p1.y < g_max_y) {
-                        _l.p1.x = get_x_for_y(&l->p0 /* Using unmodified original! */, &_l.p1, g_max_y);
-                        _l.p1.y = g_max_y;
-                        extended = 1;
-                    }
-                    if (extended) {
-                        display_line_color(scale(_l.p0.x), scale(_l.p0.y), scale(_l.p1.x), scale(_l.p1.y), 0x007f3f00);
-                        display_circle_color(scale(_l.p0.x), scale(_l.p0.y), 4, 0x007f3f00);
-                        display_circle_color(scale(_l.p1.x), scale(_l.p1.y), 4, 0x007f3f00);
-                    }
-
-                    x2 = get_x_for_y(&l->p0,&l->p1,center_y);
-
-                    if (g_string_conf[i].playing)
-                        display_text(config_midi_note_to_string(g_string_conf[i].note+12*g_string_conf[i].octave), scale(x2-20), scale(center_y) + FONT_HEIGHT, text_color );
-                    else
-                        display_text(config_midi_note_to_string(g_string_conf[i].note), scale(x2-20), scale(center_y) + FONT_HEIGHT, text_color );
-
-                    display_line_color(scale(l->p0.x), scale(l->p0.y), scale(l->p1.x), scale(l->p1.y), color);
-                    display_circle(scale(l->p0.x), scale(l->p0.y), 4);
-                    display_circle(scale(l->p1.x), scale(l->p1.y), 4);
-
-                }
+        display_line_color(0, scale(g_min_y + tos1 * height / 100), MAX_X, scale(g_min_y + tos1 * height / 100), 0x00ff00ff);
+        display_line_color(0, scale(g_min_y + tos2 * height / 100), MAX_X, scale(g_min_y + tos2 * height / 100), 0x00ff00ff);
+
+        switch (g_selected_config) {
+            case sel_min_y:         highlight_line(g_min_y, g_min_y, MAX_X, 0xff00ffff); break;
+            case sel_max_y:         highlight_line(g_max_y, g_max_y, MAX_X, 0xff00ffff); break;
+            case sel_2_oct:         highlight_line(g_midi_two_octave_split, g_min_y + g_midi_two_octave_split * height / 100, MAX_X, 0xffff00ff); break;
+            case sel_3_oct_top:     highlight_line(tos2, g_min_y + tos2 * height / 100, MAX_X, 0x00ff00ff); break;
+            case sel_3_oct_bottom:  highlight_line(tos1, g_min_y + tos1 * height / 100, MAX_X, 0x00ff00ff); break;
+            case sel_none: break;
+        }
+
+        for (i = 0; i < g_string_count; ++i) {
+            LLine *l = &g_string_conf[i].line;
+            LLine _l = g_string_conf[i].line; // Copy for extension
+            uint32_t color = ( ( i == g_selected_string ) ? 0xff00ffff : 0x00ffffffff );
+            uint32_t text_color = ( ( i == g_selected_string ) ? 0xff00ffff : 0x007f7f7fff );
+            int extended = 0, center_y = g_min_y+height/2;
+
+            if (_l.p0.y > g_min_y) {
+                _l.p0.x = get_x_for_y(&_l.p0, &_l.p1, g_min_y);
+                _l.p0.y = g_min_y;
+                extended = 1;
+            }
+            if (_l.p1.y < g_max_y) {
+                _l.p1.x = get_x_for_y(&l->p0 /* Using unmodified original! */, &_l.p1, g_max_y);
+                _l.p1.y = g_max_y;
+                extended = 1;
+            }
+            if (extended) {
+                display_line_color(scale(_l.p0.x), scale(_l.p0.y), scale(_l.p1.x), scale(_l.p1.y), 0x007f3f00);
+                display_circle_color(scale(_l.p0.x), scale(_l.p0.y), 4, 0x007f3f00);
+                display_circle_color(scale(_l.p1.x), scale(_l.p1.y), 4, 0x007f3f00);
+            }
+
+            x2 = get_x_for_y(&l->p0,&l->p1,center_y);
+
+            if (g_string_conf[i].playing)
+                display_text(config_midi_note_to_string(g_string_conf[i].note+12*g_string_conf[i].octave), scale(x2-20), scale(center_y) + FONT_HEIGHT, text_color );
+            else
+                display_text(config_midi_note_to_string(g_string_conf[i].note), scale(x2-20), scale(center_y) + FONT_HEIGHT, text_color );
+
+            display_line_color(scale(l->p0.x), scale(l->p0.y), scale(l->p1.x), scale(l->p1.y), color);
+            display_circle(scale(l->p0.x), scale(l->p0.y), 4);
+            display_circle(scale(l->p1.x), scale(l->p1.y), 4);
+
         }
-        g_selected_string = -1;
+    }
+    g_selected_string = -1;
 
-        for (i = 0; i < g_render_point_count; ++i)
-                display_circle_color(scale(g_render_points[i].x), scale(g_render_points[i].y), 4, 0xff0000ff);
-        g_render_point_count = 0;
+    for (i = 0; i < g_render_point_count; ++i)
+        display_circle_color(scale(g_render_points[i].x), scale(g_render_points[i].y), 4, 0xff0000ff);
+    g_render_point_count = 0;
 }
 
 static void
@@ -192,119 +192,119 @@ engine_init() {
 void
 engine_handle_point(LPoint * p, uint32_t monotime)
 {
-        StringConfig *s;;
-        int dist_max = 1024 * 1024 * 8;
-        int offs, saite = -1, i, oct = 0;
-        int y_viewfield, pitch_factor = 12;
-        int dv, dt, speed, new_pitch;
+    StringConfig *s;;
+    int dist_max = 1024 * 1024 * 8;
+    int offs, saite = -1, i, oct = 0;
+    int y_viewfield, pitch_factor = 12;
+    int dv, dt, speed, new_pitch;
 
 #ifndef NO_DISPLAY
-        /* Pass to "render thread" */
-        g_render_points[g_render_point_count] = *p;
-        ++g_render_point_count;
+    /* Pass to "render thread" */
+    g_render_points[g_render_point_count] = *p;
+    ++g_render_point_count;
 #endif
 
-        /* See which line is closest */
-        for (i = 0; i < g_string_count; ++i) {
-                int dist = dist_pl(p, &g_string_conf[i].line, &offs);
+    /* See which line is closest */
+    for (i = 0; i < g_string_count; ++i) {
+        int dist = dist_pl(p, &g_string_conf[i].line, &offs);
 
-                /* Avoid miss-fires, check if offset is in range -5% - +105% */
-                if ((dist < 512 * 10 * 10 ) && (dist < dist_max) && (offs<68812) && (offs>-3276)) {
-                        dist_max = dist;
-                        saite = i;
-                }
+        /* Avoid miss-fires, check if offset is in range -5% - +105% */
+        if ((dist < 512 * 10 * 10 ) && (dist < dist_max) && (offs<68812) && (offs>-3276)) {
+            dist_max = dist;
+            saite = i;
         }
+    }
 
-        if (saite == -1)
-                return;
+    if (saite == -1)
+        return;
 
-        s = g_string_conf + saite;
-        g_selected_string = saite;
+    s = g_string_conf + saite;
+    g_selected_string = saite;
 
-        y_viewfield = (100 * (p->y - g_min_y)) / (g_max_y - g_min_y);
-        if (y_viewfield < 0)
-                y_viewfield = 0;
-        if (y_viewfield >= 100)
-                y_viewfield = 100;
+    y_viewfield = (100 * (p->y - g_min_y)) / (g_max_y - g_min_y);
+    if (y_viewfield < 0)
+        y_viewfield = 0;
+    if (y_viewfield >= 100)
+        y_viewfield = 100;
 
-        // Determine octave, if configured
-        switch (s->mode) {
-            case midi_controller:
-            case midi_controller_inv:
-                return; // not implemented
-            case midi_one_octave:
-                break;
-            case midi_two_octaves:
-                if (y_viewfield < g_midi_two_octave_split)
-                        oct = -1;
-                break;
-            case midi_three_octaves:
-                if (y_viewfield < g_midi_three_octave_split_1)
-                        oct = -1;
-                if (y_viewfield > g_midi_three_octave_split_2)
-                        oct = 1;
-                break;
-        }
-        // handle inverted octave configuration
-        if (g_midi_three_octave_split_inverse)
-            oct = -oct;
-
-        switch (s->playing) {
-            case silent:
-                midi_playnote(s->channel, s->note, oct);
-                s->playing = in_attack;
-                s->octave = oct;
-                s->start_off = s->last_off = offs;
-                s->first_time_seen = monotime;
-                break;
-            case in_attack:
-                // test if difference is less than g_settled_dist percent of
-                // line segment length
-                if (100 * abs(s->last_off - offs) < g_settled_dist << 16) {
-                        s->playing = playing;
-                        s->current_pitch = 0;
-
-                        // estimated energy of hand is dv/dt from first seen to settled
-                        dv = abs(s->start_off - offs);
-                        dt = monotime - s->first_time_seen;
-                        if (!dt) ++dt;
-                         speed = 1000 * dv / dt; // in offs_prec per second
-                }
-                s->last_off = offs;
+    // Determine octave, if configured
+    switch (s->mode) {
+        case midi_controller:
+        case midi_controller_inv:
+            return; // not implemented
+        case midi_one_octave:
+            break;
+        case midi_two_octaves:
+            if (y_viewfield < g_midi_two_octave_split)
+                oct = -1;
+            break;
+        case midi_three_octaves:
+            if (y_viewfield < g_midi_three_octave_split_1)
+                oct = -1;
+            if (y_viewfield > g_midi_three_octave_split_2)
+                oct = 1;
+            break;
+    }
+    // handle inverted octave configuration
+    if (g_midi_three_octave_split_inverse)
+        oct = -oct;
+
+    switch (s->playing) {
+        case silent:
+            midi_playnote(s->channel, s->note, oct);
+            s->playing = in_attack;
+            s->octave = oct;
+            s->start_off = s->last_off = offs;
+            s->first_time_seen = monotime;
+            break;
+        case in_attack:
+            // test if difference is less than g_settled_dist percent of
+            // line segment length
+            if (100 * abs(s->last_off - offs) < g_settled_dist << 16) {
+                s->playing = playing;
+                s->current_pitch = 0;
+
+                // estimated energy of hand is dv/dt from first seen to settled
+                dv = abs(s->start_off - offs);
+                dt = monotime - s->first_time_seen;
+                if (!dt) ++dt;
+                speed = 1000 * dv / dt; // in offs_prec per second
+            }
+            s->last_off = offs;
+            break;
+        case playing:
+            if (s->pitch_factor)
+                pitch_factor = s->pitch_factor;
+            if (s->modifier == pitch_bend_up)
+                new_pitch = (pitch_factor * (s->start_off - offs)) >> 16;
+            else if (s->modifier == pitch_bend_down)
+                new_pitch = (pitch_factor * (offs - s->start_off)) >> 16;
+            else
                 break;
-            case playing:
-                if (s->pitch_factor)
-                    pitch_factor = s->pitch_factor;
-                if (s->modifier == pitch_bend_up)
-                        new_pitch = (pitch_factor * (s->start_off - offs)) >> 16;
-                else if (s->modifier == pitch_bend_down)
-                        new_pitch = (pitch_factor * (offs - s->start_off)) >> 16;
-                else
-                    break;
-                // avoid reporting same pitch bend over and over
-                if (s->current_pitch == new_pitch)
-                    break;
-                midi_pitchbend(s->channel, new_pitch);
-                s->current_pitch = new_pitch;
+            // avoid reporting same pitch bend over and over
+            if (s->current_pitch == new_pitch)
                 break;
-        }
-        s->last_time_seen = monotime;
+            midi_pitchbend(s->channel, new_pitch);
+            s->current_pitch = new_pitch;
+            break;
+    }
+    s->last_time_seen = monotime;
 }
 
 void
 engine_checksilence(uint32_t monotime)
 {
-        int i;
+    int i;
 
-        for (i = 0; i < g_string_count; ++i) {
-                StringConfig *s = g_string_conf + i;
-                int tts = s->timetosilence ? s->timetosilence : g_timetosilence;
-
-                if (s->mode == midi_controller)
-                        continue;
-                if (s->playing && (monotime - s->last_time_seen > tts)) {
-                        midi_silencenote(s->channel, s->note, s->octave);
-                        s->playing = silent;
-                }
+    for (i = 0; i < g_string_count; ++i) {
+        StringConfig *s = g_string_conf + i;
+        int tts = s->timetosilence ? s->timetosilence : g_timetosilence;
+
+        if (s->mode == midi_controller)
+            continue;
+        if (s->playing && (monotime - s->last_time_seen > tts)) {
+            midi_silencenote(s->channel, s->note, s->octave);
+            s->playing = silent;
         }
+    }
 }